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Adjusting wing performance with trimmers for takeoff, cruising, and turbulence.
Using the foot-operated speed system for high-speed cruising and acceleration.
Proper routing and slackness of brake lines for safe flight and control.
Adjusting brake pulley height for optimal pilot comfort and control linkage.
Using the TST for precise directional control during accelerated flight.
Setting up the accelerator for ground and in-flight use.
Selecting and adjusting harness and motor for optimal flight.
Familiarizing with the glider and its characteristics through practice.
Essential checks before takeoff to ensure safe flight.
Techniques for safely inflating and launching the paraglider.
Specifics of forward launch in light wind conditions using the red line.
Procedure for reverse launch in various wind conditions.
Maintaining optimal climb rate and avoiding stalls after takeoff.
Cruising and maintaining stable flight using trimmers and speed system.
Executing smooth and coordinated turns using weight shift and brakes.
Managing turbulence and pitch control for stable flight.
Safely landing the paraglider in powered and un-powered conditions.
Methods for quick altitude reduction under instructor supervision.
Using big ears to increase sink rate for descent or cloud avoidance.
Combining big ears with the accelerator for increased descent.
Caution against using big ears with spiral dives due to line stress.
Emergency descent technique using B-risers for controlled rapid descent.
Initiating and exiting spiral dives for rapid height loss.
Managing and recovering from wing tip tangles (cravats) during flight.
Recognizing and recovering from deep stall or parachutal stall conditions.
Proper concertina packing method for wing longevity and ease of use.
Essential tips to avoid damage and prolong the life of the paraglider.
Guidelines for storing and transporting the wing safely.
Recommended procedures for cleaning the paraglider.
Professional advice on repairing minor sail damage.
Procedures for replacing damaged lines to maintain symmetry.
Schedule and importance of professional technical checks for airworthiness.
Suitability of the Roadster 3 for different pilot levels and flight types.
Details of the wing's EN and DGAC certification standards.
Factors influencing the selection of the correct wing size.
Impact of wing loading on flight responsiveness and stability.
Information on structural load tests and wing loading limits.
Recommendations for using the wing with a light solo trike.
Requirements and pilot responsibility for tow-launching.
Risks associated with flying in rain or with a wet wing.
Warning against modifying the glider, which voids certification.
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